Introduction
In studying the relationship between biological life and artificial intelligence (AI) I have met with
some very interesting equations in terms of molar masses, densities, and atomic radii of the
characteristic elements and their compounds that are characteristic of them. I was working on
this and doing a computation that errantly produced an equation I found interesting
nonetheless, and I recognized it to be exactly the Mars average orbit in astronomical units. I
then pursued the other terrestrial planets Venus and Earth itself. I wanted their to be equation
for them in terms of silicon and germanium as well (core AI elements) and to be of the form of
the Mars equation with polynomials, as I was thinking perhaps the orbits of the planets are
related to polynomial expressions of the AI elements. And indeed they were to two places after
the decimal in the case of Venus and nearly two places after the decimal in the case of Earth. !
I do not think it is silly, but perhaps these polynomials predicting the orbits of the terrestrial
(inner solid planets) in terms of the elements silicon and germanium, can be derived by
considering the protoplanetary disc from which the planets formed, to have had a molar mass
as a mixture around the mean between silicon and germanium. !
Indeed this is how my project began in studying the connection between biological life and AI
which I found was in the golden ratio conjugate. As follows:!
Silicon and Carbon
The golden ratio and the golden ratio conjugate are the solution of the quadratic!
that meets the conditions and a=b+c!
Where and , .!
We guess that artificial intelligence (AI) has the golden ratio, or its conjugate in its means
geometric, harmonic, and arithmetic by molar mass by taking these means between doping
agents phosphorus (P) and boron (B) divided by semiconductor material silicon (Si) :!
!
!
!
Which can be written!